Silicon engineered for extreme environments
From radiation-hardened defense systems to ISO 26262 automotive ADAS, we design down to the nanometer, ensuring absolute compliance and zero-failure operation.
Radiation-hardened architectures
For orbital and tactical deployments, we engineer secure hardware architectures that withstand severe electromagnetic and thermal stress.
Our design methodologies address single-event effects and total ionizing dose mitigation. We integrate hardware-level cryptographic cores and physically unclonable functions to secure critical data paths against physical tampering.
Zero-failure execution in high-stress orbital paths.
Lead Architect, Aerospace Systems
Automotive ASIL-D compliance
We deliver fully verified mixed-signal layouts and RTL design for advanced driver-assistance systems and autonomous drive controllers, backed by complete safety documentation.
Mixed-signal silicon precision
By integrating ultra-low-power analog sensors directly with digital logic on a single die, we reduce external component count and overall package footprint, accelerating your timeline to high-yield fabrication.
We optimize consumer IoT silicon for extreme battery longevity without compromising processing capability. Our sub-micron layouts minimize parasitic leakage and maximize power-added efficiency in RF front-ends.